CEP industry guide: Efficient solutions from sensors to systems

industry guide

Efficient Solutions for the
Courier, Express, and Postal Industry

From individual sensors to fully featured
integrated systems

Leading edge
PS_header1 CEP processes with products,
solutions and
3 lines max. services from SICK

Courier, express, and postal (CEP) volumes are steadily increasing. The key
issues shaping the future of the CEP industry are efficiency, globalization,
sustainability, and security. None of these trends can be seen by themselves,
some are driven by the market, others by national or international legislation
and standards. But all of them put enormous pressure on the CEP industry.
As one of the world’s leading providers of industrial sensors and a global solution vendor to the CEP industry, SICK works to continually improve existing
technologies and to develop new ones to help you master the challenges that
face the CEP market.
Object sizes, shapes, and materials vary on an ever-growing scale. Customers
expect maximum flexibility from the CEP operator of their choice. This means
that the number and complexity of the parameters to be accounted for in the
detection, identification, verification, and measurement processes are on the
rise. Fair and attractive pricing as well as load optimization are based on the
weight and volume of a parcel, which makes it necessary to determine the
weight/volume ratio. While minimum spacing between items on a conveyor
makes maximum use of the precious space inside a facility, this adds new
challenges in terms of identification performance.
With its comprehensive portfolio of products, systems, solutions, engineering,
and services, SICK is in a perfect position to help the CEP industry surmount
these challenges. Many pioneering innovations as well as continuous optimization contribute to SICK’s impeccable track record as a market leader in systems, solutions, and services for CEP system integrators and operators. SICK
has been instrumental in shaping a great majority of processes as they exist
in today’s CEP hubs worldwide. And we are determined to continue on this
track.

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C o u r ie r , E x p r ess , a n d P o s t a l | S I C K

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Subject to change without notice

Contents
About SICK
Industries
SICK LifeTime Services
Industry challenges
Sensor solutions for the
CEP industry

10

Product portfolio overview
Product selection

40
44

Connectivity
Industrial communication
SICK “Finders” / Partner Portal

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6
8

72
74
75


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Company
PS_header1_small_blue


We deliver Sensor Intelligence.
SICK sensor solutions for industrial automation are the result of exceptional dedication
and experience. From development all the way to service: The people at SICK are
committed to investing all their expertise in providing with the very best sensors and
system solutions possible.

A company with a culture of success
Approximately 5,000 people are on staff, with products and
services available to help SICK sensor technology users increase their productivity and reduce their costs. Founded in
1946 and headquartered in Waldkirch, Germany, SICK is a
global sensor specialist with more than 50 subsidiaries and
representations worldwide. Our exemplary corporate culture

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fosters an optimum work-life balance, thus attracting the best
employees from all over the world. SICK is one of the best
employers – we have been among the winners of the prestigious German “Great Place to Work” award for many years in
succession.

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Company

Innovation for the leading edge

A corporate culture for sustainable excellence

SICK sensor systems simplify and optimize processes and allow
for sustainable production. SICK operates thirteen research
and development centers all over the world. Co-designed with
customers and universities, our innovative sensor products and
solutions are made to give a decisive edge. With an impressive
track record of innovation, we take the key parameters of modern production to new levels: reliable process control, safety of
people and environmental protection.

SICK is backed by a holistic, homogeneous corporate culture.
We are an independent company. And our sensor technology is
open to all system environments. The power of innovation has
made SICK one of the technology and market leader – sensor
technology that is successful in the long term.

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Industries


Sensor Intelligence for all requirements
SICK is a renowned expert in many industries, and is entirely familiar with the critical
challenges they face. While speed, accuracy and availability take center stage in all
industries, technical implementations vary greatly. SICK puts its vast experience to
use to provide with precisely the solution you need.

For applications worldwide
Hundreds of thousands of installations and applications go to
prove that SICK knows the different industries and their processes inside out. This tradition of uncompromising expertise is
ongoing: As we move into the future, we will continue to design,

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implement and optimize customized solutions in our application centers in Europe, Asia and North America. You can count
on SICK as a reliable supplier and development partner.

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Industries

For your specific industry

For performance across the board

With a track record of proven expertise in a great variety of
industries, SICK has taken quality and productivity to new
heights. The automotive, pharmaceutical, electronics and solar
industries are just a few examples of sectors that benefit from
our know-how. In addition to increasing speed and improving traceability in warehouses and distribution centers, SICK
solutions provide accident protection for automated guided
vehicles. SICK system solutions for analysis and flow measurement of gases and liquids enable environmental protection
and sustainability in, for example, energy production, cement
production or waste incineration plants.

SICK provides the right technology to respond to the tasks
involved in industrial automation: measuring, detecting,
monitoring and controlling, protecting, networking and
integrating, identifying, positioning. Our development and
industry experts continually create groundbreaking innovation to solve these tasks.

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www.sick.com/Industries


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For safety and productivity:
SICK LifeTime Services is a comprehensive set of high-quality services provided to support the entire life cycle of products and applications from system design all the way to upgrades. These services
increase the safety of people, boost the productivity of machines and
serve as the basis for our customers‘ sustainable business success.

Benefit from an array of services
Each of our products and solutions is accompanied by a comprehensive range of services tuned precisely to the requirements of the product or solution – along its entire life cycle.
Backed by extensive industry know-how and more than sixty

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years of experience, LifeTime Services stand for maximum
availability and an exceptional service life of our products and
solutions.

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Training &
Education

Product &
System Support

Verification &
Optimization

•• User training
•• Seminars
•• WebTraining

••
••
••
••

Consulting &
Design

Upgrade &
Retrofits

••
••
••
••
••
••
••

••
••
••
••
••

••
••
••
••

System inspection
Risk assessment
Safety concepts
Feasibility studies
Software and hardware
design

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Commissioning
Spare parts and repairs
Remote support
Hotline

Barcode checks
Consulting/Engineering service
Inspection
Maintenance
Accident analysis
Stop time measurement
Noise measurement

Machine conversion
Sensor upgrades
Sensor replacements
Retrofitting of technology
www.sick.com/service


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PS_header1
3 lines max.
Industry challenges

The courier, express and postal industry
and SICK Sensor Intelligence.
A fully featured CEP hub is one of the most complex combinations
of logistics processes conceivable. Throughput and sorting accuracy are, of course, the key factors in the CEP industry. The vast array
of technologies as well as process- and business-related parameters need to be optimally aligned in order to arrive at a solution that
exactly meets your requirements in terms of performance, process
integration, process reliability, and scalability. SICK secures your
competitive edge by providing a comprehensive range of individual
products, complete solutions, customized systems, and services for
all sensor tasks in the CEP industry.

Identification

Measurement

Detection

Fast and reliable identification of
codes on flats, parcels, bags, and
other items with all auto-identification technologies: laser, camera,
RFID, and hybrid systems. Identification is the core task in any CEP facility. Systems from SICK offer peak
performance for all auto-identification technologies.

Static and dynamic volume and
weight measurement of cubic and
irregularly shaped items: SICK offers
the most comprehensive range of
solutions for these tasks available on
the market. The systems provide outstanding dimensioning rates on all
sorter types. The certified systems
(e.g., OIML, MID, NTEP, and NAWI)
can be used for invoicing (legal-fortrade).

Reliable detection with all types of
sensors for tasks such as leading
edge detection, profile detection,
double detection, empty detection,
level detection, etc. support stable
and efficient sorting processes and
boost identification performance.
Maximum throughput depends on
the perfect tuning of all sensor tasks
in the process – and SICK provides
optimum solutions for all of these.

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Positioning

Protection

Services

Sensors support high-precision positioning and alignment of items on
infeed belts, conveyors, and sorters.
The correct position and orientation
as well as the optimum distance
between items on sorters is an
essential factor in achieving maximum read rates.

Safety solutions ensure safe and
ergonomic working environments
and protect against injuries as well
as damage. Safety sensors from
SICK allow for the implementation of
fully standards-compliant safety
infrastructures in a highly effective
way.
Surveillance solutions for buildings
and areas protect against theft and
manipulation of goods.

Comprehensive expertise in all sensor technologies makes SICK a onestop shopping partner. This expertise
is complemented by extensive process and industry know-how. Global
presence ensures efficient support
and service. The combination of sensor solutions and related services
constitutes a unique array of benefits that is unrivaled on the market.

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Sensor solutions for the
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courier, express, and postal industry
3 lines max.

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The following pages contain application examples
of SICK products used in different process stages.

Focus 1

14

Unloading/inbound

Focus 2

16

Safety solutions

Focus 3

18

Induction

Focus 4

22

Identification

Focus 5

24

Dimensioning/weighing

Focus 6

28

Sorting

Focus 7

30

Outbound/loading

Focus 8

32

Building surveillance

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Focus 1:
PS_header1
Unloading/inbound
3 lines max.

Boom conveyors
Telescopic belt and roller conveyors are used
to unload/load freight. Safety laser scanners
detect potential collision situations and stop
the conveyor extension when humans or
items are detected. These sensors provide
operator safety and protection against damage during this labor-intensive process.
◂

Process overview
Incoming goods are transferred from trucks,
planes and ULDs to the hub or depot. Unloading itself is usually a manual process
supported by different types of conveyors for
fast, efficient, and ergonomic work. In many
cases, this process step also implies a transfer of risk for the goods from one service provider to another. Such a transfer of risk requires an inbound scan with manual and/or
automatic identification systems which can
be combined with volume and weight measurement.
Depending on the process implemented, the
operators perform a presort of the items at
this stage, for example by shape (cubic/irregular) or size (small/large).
The relatively high degree of manual labor at
this stage necessitates the implementation
of effective safety measures for the operators.

Product: S300 see Page 67

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Manual identification of items
▸
After the items are unloaded, they are subjected to identification which manifests the
transfer of risk for the subsequent process
steps. Wired or wireless hand-held scanners
are used to read the 1D or 2D codes on labels in facilities with less volume or at stations for items of unusual shape, weight, or
other conditions or for post-processing items
that cannot be processed automatically.

Product: IDM160 see Page 60

Manual dimensioning, weighing, and
▸
scanning (DWS)
Static DWS systems read the bar code and
determine the weight and dimensions of an
item in a single step. Specially designed for
measuring cubic and irregularly shaped
items, DWS520 is a complete solution with
an integrated roller conveyor specifically for
smaller throughputs at manual facilities or
for post-processing of rejects. The DWS system is certified so it can be used for invoicing
(legal-for-trade).
Product: DWS Static see Page 64

Product: OPS290 see Page 63

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Parcel handling robots
Robots for automated picking and placing
greatly increase workplace safety, ergonomics and process efficiency. Such systems are
particularly suitable for sorting mass deliveries during off-peak times for optimum utilization of resources. The 3D information required to control the robot is gathered by
laser scanners.
◂

virtually all types of bar codes to reduce manual intervention to a minimum.

◂

Automated identification of items
After the items are unloaded, they are subjected to identification which manifests the
transfer of risk for the subsequent process
steps. Automated systems with permanently
installed high-speed bar code scanners or
image-based code readers are used for highvolume facilities. SICK provides a complete
range of high-performance scanners for

Product: LMS400 see Page 57


15

Focus 2:
PS_header1
Safety max.
3 lines solutions

16

Safety muting exit only
This exit monitoring solution uses multiple
light beam safety devices as electro-sensitive
protective devices (ESPDs).
If light beams are interrupted, the multiple
light beam safety device supplies the required signal to the safety PLC. Two to four
muting sensors are connected to a single

muting module, which reduces wiring yet provides the benefits of traditional relay solutions.

◂

From risk assessment to fully compliant
safety with SICK
The primary objective of safety is to avoid
hazardous situations that pose health risks to
humans. Measures and functions to prevent
hazards also reduce the risk of damage to
machines, thus increasing process reliability.
Complex facilities, such as CEP hubs, usually
use dedicated safety PLCs that are networked with the program logic PLC via safety
gateways and fieldbuses, such as ASIsafe,
PROFIsafe, and DeviceNet safety. SICK offers
a comprehensive range of safety sensors,
actuators, safety relays, and safety controllers for highly effective, fully compliant safety
solutions. In addition, SICK supports you with
professional services along the entire safety
chain from risk assessment, system design,
engineering with development of the logic/
function blocks all the way to commissioning
of globally compliant safety concepts and
solutions.


Product: M4000 see Page 68

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Safety with emergency stop rope pull
▸
switches
Emergency stop rope pull switches allow operators to switch a system to a safe state
when hazardous conditions occur. Emergency
Stop rope pull switches, such as i110RP,
allow you to implement fully compliant solutions. These switches are ideal safety solutions for longer conveyors since the function
can be triggered at any point along the entire
length of the conveyor. Additional contacts
are provided for extended monitoring.
Product: i110RP see Page 66

Door locking and monitoring
▸
Guard doors prevent staff from accessing
hazardous areas during operation of the system. The interlocking function ensures that
the hazardous state of the system can only
be activated when the guard door is closed
and locked. This function is implemented
with electromechanical safety switches, such
as the safety locking device i110Lock. The
industrial design of i110Lock with a metal
actuator head provides superior reliability. A
choice of actuators makes the switch suitable for almost any type of door. Additional
contacts are provided for door monitoring.

Product: C4000 Palletizer Advanced see Page 68

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Safety with emergency stop pushbuttons
Emergency stop buttons allow operators to
switch a system to a safe state when hazardous conditions occur. Emergency stop pushbuttons, such as ES21, allow you to implement fully compliant solutions. These pushbuttons are available in a number of different
versions to meet your application-specific
requirements.
◂

field. It can be programmed to detect pallet
legs and other objects of a defined size. Direction detection and gap suppression as
well as diagnostics outputs for pollution,
OSSD status, or position make this solution
even more reliable and flexible.

◂

Safety muting entry/exit
While pallets need to pass this point, operators must not do so for safety reasons. Safety
light curtains allow you to implement a highly
efficient safety solution with electro-sensitive
protective equipment (ESPE) that does not
require separate muting sensors. The system
uses pattern recognition to determine whether an object is allowed to pass through the

Product: i110Lock see Page 67

Product: ES21 see Page 66


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Leading edge detection
Leading edge detection with reflex array sensors is required to merge items, to detect the
handover status to or off the sorter cells, or
for other types of simple belt control tasks.
Reflex array sensors detect the leading edge
of an item. The speed of individual belt segments is then controlled to create the gaps
between the items.

Leading edge and profile detection
Leading edge detection is required to feed
items from belts to the main sorter with defined spacing. The combination of advanced
automation light grids and high-resolution
rotary encoders enables the detection of
leading edges plus capture of additional item
profile information, such as footprint and orientation, for optimum spacing between items.
◂

Process overview
At this process stage, the items are prepared
for placement on the main sorter. The main
tasks are singulation, orientation, and spacing of the items. Irrespective of the sorter
technology (cross belt, tilt tray, shoe sorter),
items must be precisely positioned on the
sorter with defined spacing and often with a
given orientation. High accuracy at this stage
is a prerequisite for maximum read rates and
helps to avoid incorrect deliveries.

◂

Focus 3:
PS_header1
Induction
3 lines max.

Product: W27-3 Reflex Array see Page 52

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Product: MLG see Page 54

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Item gapping
▸
Precise distances between the individual
items are paramount for the downstream
processes. Minimum spacing between items
on a conveyor makes maximum use of the
precious space inside a facility. If the gap is
too small, this may, for example, adversely
affect the auto-ident system. With extremely
short response times, SICK reflex light grids
are suitable for high conveyor speeds. Polarizing filters suppress negative effects caused
by reflecting surfaces.
Product: WLG see Page 53

Empty detection
Empty detection is essential in avoiding double occupation of cells. If undetected, this
condition inevitably results in incorrect deliveries and additional costs. A cost-effective
photoelectric sensor is used to check whether the cell is empty.

Leading edge and length detection
Leading edge detection is required to feed
items from belts to the main sorter with defined spacing. The combination of high-resolution, high-speed light grids and high-resolution rotary encoders enables the detection of
leading edges plus capture of additional item
profile information, such as length. The time
of interruption of the light grid and the speed

◂

Product: MLG see Page 54

◂

▸
Dynamic gapping
Tilt-tray or cross-belt sorters have a fixed cell
length that requires one given distance value
between items, regardless of the item length.
Shoe sorters can be loaded more flexibly to
increase their throughput. There is no need
to wait for the next available cell; it is sufficient to know that an item with a measured
length plus the required gap has passed. This
solution is implemented with extra long light
grids that enable the detection of an item’s
leading edge and length. The light grids are
networked via fieldbuses, e.g. Profibus, so
that the entire information on the item is immediately available to the PLC.

Product: W14-2 see page 50

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of the belt as measured by the encoder provide the item length information required for
acceleration or deceleration of the belt segments to place the item on the sorter.

Product: HLG see Page 53


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Identification,
PS_header1 volume, and
weight max.
3 lines measurement

Identification of items is a core process in the CEP industry.
The code attached to the item is a unique identifier for the object. Typical codes are 1D or 2D codes as well as labels requiring OCR. RFID tags allow for reading and writing additional status information and lend themselves for high value or medical
goods. All information relating to the identification as well as
the object itself, such as images, dimensions, and weight, is
consolidated in a database. Full traceability of the item along
the entire delivery process is paramount. The performance of
a sorting system hinges on identification accuracy.
Load optimization is a key objective of logistics companies,
resulting from dramatically rising energy costs and environ-

x

y

z

Volume
measurement

mental factors. If the weight and volume of each item to
be shipped are known, the service providers can use their
transportation resources to their full potential. In addition, the
weight/volume ratio allows CEP operators to offer fair and attractive pricing schemes.
SICK provides complete solutions that boost the performance
of all three tasks: auto-ident systems, volume measurement
systems, weighing systems, or completely integrated DWS
systems that support all three tasks.

12345

Weight

1D/2D code
reading

OCR

Video coding

Image data
archiving

Analysis and
statistical tools

Connection to
host system/
sorter controller

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Identification
Identification of codes is one of the most challenging tasks in
the CEP industry. Customers expect maximum flexibility from
the CEP operator of their choice and the ability to handle varying package sizes, shapes, and materials. This means that the
number and complexity of the parameters to be considered in
the identification process are on the rise. The different types of
codes are standardized, but they must be found and read on
items in an increasingly complex package stream. The quality
of labels is determined by numerous factors, such as printer
performance, paper, labeling process, handling, abrasion,
soiling, etc. Many of these factors are beyond the direct control

of the CEP operators – yet their identification systems have to
deal with them. SICK provides the right solution for all requirements.
The choice of the most suitable auto-ident system depends on
a large variety of factors, such as required throughput, available floor space, type of technology, label type, code type, size
and quality of codes, depths of field, space between items,
orientation of codes, orientation of items, as well as types,
dimensions, and speed of conveyors.

Dimensioning and weighing
The selection of the most appropriate volume measurement or
fully integrated DWS system depends on a large variety of factors, such as required item dimensions and weights, throughput and sorting technologies used. As the leading vendor of
volume and weight measurement and DWS systems with the
most comprehensive range, SICK provides solutions for all
processes to be implemented or optimized – from systems
for manual handling all the way to fully automated, integrated
in-motion VMS and DWS systems. This dramatically reduces
complexity as well as operation and maintenance costs.

The certified VMS and DWS systems can be used for invoicing
(legal-for-trade). The systems are equipped with single certified
alibi memory for all relevant information. Fully automated,
dynamic DWS systems can identify, measure, and weigh more
than 9,000 items per hour. Conveyor speed, item size, and
spacing accuracy between items determine the actual throughput. Combining weight and volume measurement technologies
as well as the auto-ident system in a single system is a highly
effective solution with a fast return on investment.

Benefits across the board
A sophisticated multi-technology solution involves a lot more
than just putting a number of different sensors together. Solutions from SICK are fully customizable and scalable. They
allow for easy integration into machine and control system
architectures. Intelligent connectivity concepts support all
standard fieldbus systems as well as Ethernet TCP/IP and
industrial EtherNet/IP. With IDPro, SICK provides a standardized, holistic platform for full interoperability of all identifica-

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tion technologies. Identical software, identical connection
systems, identical connectivity, and a unified accessories
concept for all sensor types ensure effective implementation of even highly customized solutions, an easy learning
curve, optimized spare parts logistics, and dramatically simplified maintenance.


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Focus 4:
PS_header1
Identification
3 lines max.

Camera-based identification from multiple ▸
sides
Equipped with high-performance camera systems, an integrated controller, and an array
sensor for triggering, this type of auto-ident
system allows for omni-directional reading of
codes on virtually all standard sorter types.
Resolution and image quality are superior to
any other system on the market. Five-side
coverage is possible with three cameras. The
system supports 1D bar codes, 2D matrix
codes, optical character recognition (OCR),
image capturing, and video coding of unidentified labels. It excels with outstanding read
rates even for partially damaged codes and
lower-quality labels. An under-the-belt camera can be added for identification from all
six sides. Based on off-the-shelf products,
this scalable solution can be fully customized.

Product: ICR890 see Page 62

for omni-directional reading of codes on the
bottom side of items. Resolution and image
quality are superior to any other system on
the market. The system supports 1D bar
codes, 2D matrix codes, optical character
recognition (OCR), image capturing, and video coding of unidentified labels. It excels with
outstanding read rates even for partially

damaged codes and lower-quality labels.
Based on off-the-shelf products, this solution
can be customized.

◂

Camera-based identification from bottom
side
This solution can be added to a five-side auto-ident system for reading of codes on all six
sides. If combined with an in-motion scale,
this solution can integrate weighing and bottom identification at the infeed points of a
tilt- tray or cross-belt sorter with five-side
identification and volume measurement. The
application uses a high-performance camera

Product: ICR88x see Page 62

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▸ Laser-based identification from multiple
sides
This auto-ident solution is equipped with
high-performance laser scanners, an integrated controller and an array sensor for triggering to enable omni-directional reading of
bar codes on virtually all standard sorter
types. Based on off-the-shelf products, this
scalable solution can be fully customized.
The auto-focus laser scanners can be combined in almost any configuration, allowing
reading from up to five sides. The SMART
code recognition technology increases the
read rate of lower-quality labels.

Product: CLV490 see Page 60

of total reflections that may cause cameras
to “go blind” (counter-skew reading). Another
example: If it is known that the items are
aligned in such a way that the labels are usually on one specific side, a camera is used for
this side and cost-effective laser scanners on
the remaining sides. The systems support 1D
bar codes, 2D matrix codes, optical character

recognition (OCR), image capturing, and video coding of unidentified labels. They excel
with outstanding read rates even for partially
damaged codes and lower-quality labels. An
under-the-belt camera can be added for identification from all six sides.

◂

Identification from multiple sides with
hybrid systems
Technology mix solutions from SICK combine
the best of all technology worlds to increase
flexibility, boost performance, and optimize
the price/performance ratio. Based on offthe-shelf camera and laser products, these
scalable solutions can be fully customized.
Such systems can, for example, use a costeffective laser scanner to counter the effect

Product: ICR89x System see Page 63

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Focus 5:
PS_header1
Dimensioning/weighing
3 lines max.

Dynamic volume measurement at cross-belt ▸
sorter
The geometry of cross-belt sorters allows for
volume measurement directly above the sorter. Efficient dual-head systems boost the performance for mixed streams of cubic and irregularly shaped items. The system excels
with high measuring rates and outstanding
accuracy. The system is certified and can be
used for invoicing (legal-for-trade). Based on
off-the-shelf products, this scalable solution
can be fully customized. For example, it is
possible to expand the solution into a fully
featured dimensioning and scanning system.

Product: VMS420/520 see Page 59

dramatic cost reductions since such systems
no longer have to be installed above each
individual flat inbound belt. Dual-head systems boost the performance for mixed
streams of cubic and irregularly shaped
items. The system excels with high measuring
rates and outstanding accuracy. The system
is certified and can be used for invoicing

(legal-for-trade). Based on off-the-shelf products, this scalable solution can be fully customized.

◂

Dynamic volume measurement at tilt-tray
sorter
In the past, volume measurement at tilt-tray
sorters was only possible at flat inbound
belts due to the geometry of the trays. The
innovative volume measurement systems
provided by SICK measure the volume of
items directly above the tray, irrespective of
their shape. The ability to measure the volume directly above the tilt tray sorter leads to


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▸ Volume measurement of singulated, irregularly shaped objects
SICK provides volume measurement solutions for automated determination of freight
charges on belts with bulk goods. These systems enable CEP operators to significantly
increase the throughput of “non-conveyable”
goods. VMS530-IDS (Irregular Dimension
System) allows for determining the volume of
irregularly shaped, non-touching items. With
VMS530-NSDS (Non-Singulated Dimensioning System), non-singulated streams of cubic
items can be effectively measured.

ing of rejects (up to 500 items per hour). The
system is commissioned in a matter of minutes and can be used as a mobile station.
With DWS510 Static, a single-head solution
is available for cubic items. Both systems are
certified so they can be used for invoicing
(legal-for-trade).

◂

Manual dimensioning, weighing and scanning of irregularly shaped items
This dimensioning, weighing, and scanning
system reads the bar code and determines
the weight and dimensions of an item in a
single step. Specially designed for measuring
cubic and irregularly shaped items, DWS520
is a complete solution with an integrated roller conveyor specifically for smaller throughputs at manual facilities or for post-process-

Product: DWS510 see Page 46

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Product: DWS520 see Page 46


25

PS_header1
3 lines max.
Real-time visualization

SVP, the SICK Visualization Platform, is a powerful web-enabled clientserver system that maximizes the transparency of the entire identification/sorting process. It consolidates all information on each individual
item, such as bar code, volume, weight, and image/video data, and enables efficient tracking. In addition, all camera, laser scanning, and RFID
systems can be monitored from centralized locations literally anywhere
in the CEP operator’s enterprise. This allows for easy performance and
health checks, enabling early detection of potential problems and appropriate intervention – before such problems cause downtimes.
SVP goes way beyond conventional visualization of the status quo of processes. The wealth of acquired data stored in the database serves as the
basis for data mining. Determining recurring process patterns, anomalies
and dependencies dramatically improves the ability of CEP operators to
further optimize processes – based on hard facts. Queries enable, for
example, root cause analyses, trend forecasts, and analyses of what-if
scenarios. SVP is the only tool in the marketplace that allows for such
analyses, regardless of the reading technologies employed.

SVP key features and benefits

Statistics

• Real-time visualization of individual systems, entire
hubs, end even multiple hubs across different sites
• Integration of all auto-ident systems with all technologies (image, laser, RFID)
• Performance, health, and status monitoring of all systems with all key metrics from read rate to bar code
quality
• Live viewing of parcel streams with display of all data,
such as code, dimensions, weight, and image, on each
individual item

• Tracking of items across all hubs and depots in the
entire network
• Queries for determining recurring patterns, such as
long-term label quality levels of individual customers,
for process improvement recommendations to the
customer
• Analyses of what-if scenarios, e.g., for improved load
balancing and capacity utilization along different timelines and under peak load conditions

26


8014911/2012-02-03

Package details

Timeline view

• Immediate access to all object details including
camera image, evaluation of condition, and host
messages
• No-Read Root Cause Analyses based on standard
code qualifiers as well as extensible knowledge-based
decoding attributes to determine the effects of internal and external factors

• Improved remote diagnostics and maintenance
through SICK due to access to pertinent data
• Fully integrated archiving solution with all images and
related object data
• Outstanding database searchability with criteria such
as ID, gap, multiple read, and oversize, for example,
for trend analyses, code quality compliance, etc.

8014911/2012-02-03


27

Maintenance inspection at tilt-tray sorter
Identifying potential problems before they
turn into unscheduled downtimes is critical in
assuring process stability. Vision systems
perform continuous 2D and 3D inspections
of the individual trays while the sorter operates at full speed. They check critical components, such as wheels, arms, power conductors, or the integrity of trays and belts.

Double detection/singulation verification
Double occupation of sorter cells inevitably
results in errors and causes unnecessary
costs. Streams of mixed items are reliably
monitored for double items on a cell with a
3D camera. Such a solution detects doubles,
for instance, flats, parcels and bags, even if
such items lie on top of each other. The solution can be installed above all types of sorters.
◂

Process overview
The sorter supplies the identified items to the
appropriate chutes. Typical sorters are line
sorters (shoe sorters), tilt-tray sorters or
cross-belt sorters. Depending on the process
requirements and technologies used, the
identification systems are positioned at infeed zones or directly at the main sorters.
A great variety of different sensors control
and monitor stable and reliable sorting processes. The corresponding applications include, among other things, empty detection,
double detection, position detection, damage
detection, leading edge and distance detection, speed detection, cell detection, position
detection, cell identification, maintenance
inspection, and safety.

◂

Focus 6:
PS_header1
Sorting
3 lines max.

Product: MCL see Page 65

28


Product: Ruler see Page 58

8014911/2012-02-03

Item position detection with laser measure- ▸
ment sensors
Laser measurement sensors installed above
the cross belt can capture full 2D and 3D
contour data to precisely determine the current position of items on the cell. Items with
improper alignment that might adversely affect the identification process or ejection to
the outbound slides or chutes can be reliably
detected so that the position can be corrected. This solution provides added precision in
leading edge detection and can handle multiple items on single cells.


Item position detection with distance
▸
sensors
Distance sensors installed horizontally next
to the belt can capture 2D data to precisely
determine the current position of items. Objects with improper alignment that might adversely affect the identification process or
ejection to the outbound slides or chutes can
be reliably detected so that the position can
be corrected. These sensors generate an intelligent, precise measuring grid at an outstanding price/performance ratio. They reliably detect the position of items of different
colors and textures, irrespective of ambient
light conditions.

Speed measurement with laser sensors
Laser sensors are used to measure speed on
sorters without rotating axes. Robust, highperformance photoelectric laser sensors create light barriers and detect a part of a cross
belt or tilt-tray belt as it passes through the
laser beam to provide the controller with a
reliable signal.

Speed measurement with encoders
The actual speed is an essential parameter
in controlling a driven system, such as a belt,
with maximum precision. Cost-effective rotary
encoders with a high resolution of up to
65,536 increments per revolution are used
to provide the controller with a precise
speed/distance feedback signal.

Overhang monitoring
Cost-effective photoelectric red light sensors
are used to implement a solution that reliably
detects incorrectly positioned items protruding horizontally over the belt. Such a solution
effectively avoids jams and protects downstream equipment from damage.

◂

◂

◂

Product: DT50 see Page 56

Product: W100 Laser see Page 49

8014911/2012-02-03

Product: DFV60 see Page 55

Product: WL14-2 see Page 50


29

Focus 7:
PS_header1
Outbound/loading
3 lines max.

Level control for slides/chutes
Cost-effective photoelectric red light sensors
are used to monitor the filling level of slides.
While the PLC knows the exact volume of the
individual parcels in a slide, it has no information on the actual space still available in
the slide since the parcels occupy it in an irregular way. Several sensors installed along
the edge of the slide provide the PLC with the

pre-alarm and alarm signals required to manage and prioritize the subsequent loading
activities. PinPoint LEDs generate an extremely bright, precise light spot.

◂

Process overview
After the sorter has ejected the individual
items to the correct outbound chutes, slides,
bags, or totes, the subsequent loading process that involves a higher degree of manual
work must be managed and prioritized. Level
detection on chutes and in bags supports
these processes.
The relatively high degree of manual labor at
this stage necessitates the implementation
of effective safety measures for the operators.

Product: G6 see Page 48

30


8014911/2012-02-03

Presentation scanning
▸
This application increases efficiency and
workplace ergonomics. Instead of taking the
item from the chute, scanning it with a handheld device, and then loading it into an ULD,
for instance, the operator simply moves the
item through the field of view of a bar code
scanner. The bar code scanner is installed
above the work area and equipped with an
oscillating mirror for a large reading area.

Product: CLX49x see Page 44

Cell identification with RFID
▸
RFID technology is ideal for applications
where immunity to pollution is paramount.
Each cell has its own RFID tag that is reliably
detected by the interrogator equipped with
controller, antenna, and communication features in a single, industrialized IP 67 package. Since RFID allows for write operations to
the tag, cell identification can, for example,
be integrated with the maintenance inspection application to code the health status of
each individual cell.

Level control for bags
Ultrasonic sensors allow for continuous, noncontact measurement of the filling level of
bags. Immune to dirt and dust, these sensors
reliably detect bulk solids of a great range of
materials. The signals, provided via analog
and/or digital outputs, are used by the PLC to
manage and prioritize the subsequent loading activities.

Shoe sorter pin monitoring
Optical fork sensors are used to check
whether the pins of a shoe sorter are in the
correct position. This application increases
the availability of the sorter and allows for
early intervention in case of problems.

Shoe sorter pin control
Inductive proximity sensors count the pins of
a shoe sorter to determine the optimum
number for the next shot. The sensors excel
with a high level of resistance to vibrations
and shocks. SICK ASIC technology ensures
superior precision.

◂

◂

◂

Product: RFH620 see Page 61

Product: UM30 see Page 54

8014911/2012-02-03

Product: WFM see Page 51

Product: IM Standard see Page 48


31

Focus 8:
PS_header1
Building surveillance
3 lines max.

Aircraft and vehicle protection
Mobile laser scanners can be used to monitor parked airplanes and vehicles or containers. The intelligent field management functions of the SICK laser scanners can easily
handle the constantly changing conditions
and field geometries in such applications.

◂

Overview
Security is a crucial issue for the CEP industry. Protecting facilities as well as customers’
valuable goods against theft is only one aspect. National and international legislation,
such as the US Aviation Security Act or EU Air
Security Regulations EU300/2008 and
EU185/2010, have been passed or amended with the objective to establish end-to-end
security of supply chains. This is complemented by numerous national and global initiatives, such as C-TPAT (Customs-Trade Partnership Against Terrorism) or AEO (Authorized
Economic Operator).
SICK is a leading vendor of detection products and solutions for high-efficiency building
and object surveillance. In addition, we support you in designing and engineering holistic
surveillance concepts with surveillance systems that are fully compliant with the pertinent legislation and standards.

Product: LD-MRS see Page 71

32


8014911/2012-02-03

Area surveillance
▸
Access to open spaces inside the perimeter
is monitored and controlled by means of laser scanners and cameras. For example,
multiple fields with blanked areas and selective field evaluation allow you to flexibly release access to lanes to specific docks for
incoming and outgoing trucks. If secure areas
are violated, the laser measurement data
controls a camera for real-time tracking of
the intruder.
Product: LD-LRS see Page 70

Perimeter protection
Security starts at the perimeter of a facility
– the fence or wall. Laser scanners ensure
that undetected intrusion becomes virtually
impossible. Intelligent features, such as
SICK’s 5-echo technology, provide outstanding weather immunity even under extremely
adverse conditions, such as heavy rain, fog,
or snow. High measurement speed and recognition of predefined contours (such as
small animals) reduce false alarm rates.

▸

Facade monitoring
Large vertical areas with openings, such as
loading/unloading docks, pose special security risks. Facade monitoring reliably protects
against theft and unauthorized entry or exit.
The large scanning range and area coverage
enable cost-effective security solutions.

Roof protection/indoor protection
Roofs with domes, skylights or other openings are weak spots that can be reliably protected with laser scanners for area monitoring and light grids or photoelectric sensors
for the openings. Indoor protection can dramatically increase supply chain security. For
example, it is possible to restrict access to
entire production areas under certain

◂

◂

Product: LMS5xx see Page 70

Product: LMS5xx see Page 70

8014911/2012-02-03

conditions or at certain times for security reasons (not to be confused with safety). A laser
scanner can watch a moving belt without
generating an alarm. But as soon as a person
approaches the belt, a signal is triggered.

Product: LMC1xx see Page 69


33

Leading edge
PS_header1 detection
solution matrix
3 lines max.

Leading edge detection is required for feeding items from belts
to the main sorter with defined spacing, but also for other
tasks, such as detecting the handover status to or off the
sorter cells or for other types of belt control tasks. The choice
of sensor for the application depends on a variety of parameters, such as item size and shape, sorter type (plane or curved
surface), and required accuracy.

For merging, the sensor detects the leading edge of an item.
Individual belt segments are then accelerated or decelerated
at the required speeds to place the item on the proper cell
of the main sorter. Depending on the implementation, it is
possible to capture additional item profile information, such
as footprint, length, and orientation, for optimum results along
the entire process chain.

Compact photoelectric sensor (WL14-2)
• Due to punctual light spot ideal for cubic items with
straight leading edges
• Mainly for sorters with plane surfaces (line sorters,
cross-belt sorters, infeed belts)
• For simple triggering tasks with greater tolerances
• Easy mounting and wiring
• Minimum detection height of items depends on belt

width

Reflex array sensor (W27-3 Reflex Array)
• Ideal for cubic and irregularly shaped items (e.g., flats,
bags)
• Detection height approx. 50/24 mm, minimum detectable object > 12/5 mm1) in light array
• Maximum belt width 4.5/1.5 m1)

Fiber-optic sensor (WLL180T, LL3-TS40)
bags)
• Detection height approx. 40 mm, minimum detectable
object > 5 mm in light array
• Precise positioning above the belt surface
• Maximum belt width 3.5 m

34


8014911/2012-02-03

Reflex light grid (WLG12)
• Ideal for cubic and irregularly shaped items (e.g., bags)
object > 6 mm in light grid

Automation light grid (HLG)
bags)
object 2 mm in light grid
• Reliable detection of thin items

Advanced automation light grid (MLG)
• Ideal for almost all types of items
• Mainly used at infeeds between belt segments
• Detects even extremely thin items, minimum detectable object width > 15 mm
• Additional functionality, such as footprint detection,
can be implemented
• For belt widths up to approx. 2.4 m

8014911/2012-02-03


35

Empty detection
PS_header1
solution matrix
3 lines max.

Empty detection is essential in avoiding double occupancy of
cells. If undetected, this condition inevitably results in delays
and additional costs. SICK provides solutions that effectively
avoid this problem. The technology to be used depends on the
type of sorter as well as the minimum and maximum size of
the items to be sorted.
The surface of cross-belt sorters is plane so that cost-effective
photoelectric through-beam sensors can be used. Horizontal
beams check whether the cells are empty. The leading edge/
start position and end position information of the cells is also
required.

Since tilt trays do not have a plane surface, thin items in the
tray may not be visible to sensors with horizontal beams. If the
smallest object handled by such a sorter is higher than the
outer edges of the trays, horizontal beams of cost-effective
photoelectric through-beam sensors can check whether the
cells are empty. Laser measurement sensors or 3D vision
systems further increase flexibility and accuracy since they
operate independently of the tray shape.

Through-beam photoelectric sensor (WS/WE 14)
• Ideal for sorters with plane surfaces (line sorter, crossbelt sorter)
• Recommended for object heights > 10 mm1)
• Sender/receiver principle with high detection reliability
• Easy mounting and adjustment
• High-precision laser spot allows for mounting close
above the surface

Photoelectric retro-reflective sensor (W100 Laser)
• Ideal for sorters with plane surfaces (line sorter, crossbelt sorter)
• Recommended for object heights > 5 mm1)
• Detection width up to 5 m
• High-precision laser spot allows for mounting close
above the surface

Time Of
Flight

36


Distance sensor, laser-based (Dx35)
• Ideal for sorters with non-planar trays (tilt-tray sorter)
• Object height depends on tray shape and sensor
positioning
• Time-of-flight principle for high detection reliability
• Easy mounting with standard brackets
• Reliable suppression of objects in the background allows for the detection of smaller items

8014911/2012-02-03

Vision sensor (Inspector)
• Minimum object height is independent of tray shape
• Influence of sorter vibrations and tolerances is drastically reduced2)
• Minimum object height > 6 mm
• Maximum speed 3 m/s

Laser measurement sensor (VMS410/VMS510)
• Time-of-flight principle for high detection reliability

Triangulation

1)
2)

3D camera systems (IDL System+Ruler)
• Influence of sorter vibrations and tolerances is drastically reduced2)

Sorter tolerance to be considered
To be evaluated under production conditions

8014911/2012-02-03


37

Double detection/singulation verification
PS_header1
solution matrix
3 lines max.

Double occupation of cells of tilt-tray or cross-belt sorters or
insufficient spacing of items on line sorters inevitably result in
errors in the sorting and distribution process. Such errors can
be avoided by a system for the detection of “doubles”.

The optimum solution depends on the sorting technology used
and the given process parameters.

Image-based code reader (ICR89x/CLV49x/CLV69x)
• Detection principle is based on code reading
• Doubles are present if more than one valid code is visible to the auto-ident system
• Increased detection robustness in combination with
VMS laser measurement system
• For camera as well as laser or hybrid auto-ident
systems
• Can be implemented with existing identification system
• Suitable for all types of sorting systems

• Detection principle is based on time-of-flight
technology
• Reliable detection of doubles via object corners,
edges, and sides
• Outstanding performance for cubic items
• Insensitive to ambient light
• Minimum object size 50 x 50 x 12 mm

Triangulation

• Detection principle is based on 2D and 3D vision
algorithms
• Superior performance-based on “Ground Truth
Procedure”
• Influence of sorter vibrations and tolerances is drastically reduced 1)
• Reliable double detection for cubic items, flats, and
bags
• Minimum object size 50 x 50 x 2 mm

1) To be evaluated under production conditions

38


8014911/2012-02-03

Profile detection
solution matrix

Profile detection enables highly accurate centering and alignment of items on cross belts to optimize the identification process and increase the sorting efficiency. The choice of sensor

depends on application parameters, such as sorter type, item
size, and required accuracy.

Advanced automation light grid (MLG)
• Ideal for a great variety of object types
• Mainly used at infeed points between belt segments
• Extremely thin objects detectable
• Detection resolution 15 mm
• Supports a wide range of interfaces
• Suitable for belt widths up to approx 2.4 m
• 2D profile calculation by sorter control system

• Suitable for all sorter types and belt conveyors
• Superior accuracy for cubic items
• Minimum object height 20 mm
• Detection resolution 5 mm at a speed of 3 m/s
• Time-of-flight principle for maximum detection
reliability
• 2D profile can be calculated in the sensor head

Triangulation

8014911/2012-02-03

• Suitable for all sorter types and belt conveyors
• Superior accuracy for cubic objects
• Minimum object height 2 mm
• Detection resolution 5 mm at a speed of 3 m/s
• Detection principle is based on 2D and 3D vision
algorithms


39

Sensor solutions


Versatile product range for industrial automation
From the simple acquisition task to the key sensor technology in a
complex production process: with every product from its broad portfolio, SICK offers a sensor solution that best combines cost effectiveness and safety.

www.sick.com/products

Photoelectric sensors
•• Miniature photoelectric sensors
•• Small photoelectric sensors
•• Compact photoelectric sensors

•• Fiber-optic sensors and fibers
•• Cylindrical photoelectric sensors
•• Zone control

•• Inductive proximity sensors
•• Capacitive proximity sensors

•• Magnetic proximity sensors

•• Analog position sensors
•• Sensors for T-slot cylinders
•• Sensors for C-slot cylinders

•• Sensor adapters for other
cylinder types

•• Bar code scanners
•• Image-based code readers

•• Hand-held scanners
•• RFID

Proximity sensors

Magnetic cylinder sensors

Identification solutions

40


8014911/2012-02-03

Sensor solutions


Detection and ranging solutions
•• Laser measurement technology

System solutions
•• Volume measurement systems
•• Code reading systems
•• Dimension weighing scanning
systems

Fluid sensors
•• Level sensors
•• Pressure sensors

•• Flow sensors
•• Temperature sensors

•• Contrast sensors
•• Color sensors
•• Luminescence sensors

•• Fork sensors
•• Array sensors

•• Short range distance sensors
(displacement)
•• Mid range distance sensors
•• Long range distance sensors
•• Linear measurement sensors

••
••
••
••

Registration sensors

Distance sensors

8014911/2012-02-03

Ultrasonic sensors
Double sheet detector
Optical data transmission
Position finders


41

Sensor solutions


Automation light grids
•• Advanced automation light grids
•• Standard automation light grids

•• Smart light grids

•• Vision sensors
•• Smart cameras

•• 3D cameras
•• Vision systems

••
••
••
••

•• Single-beam photoelectric safety
switches
•• Mirror and device columns
•• Upgrade kits

Vision

Opto-electronic protective devices
Safety laser scanners
Safety camera systems
Safety light curtains
Multiple light beam safety
devices

Safety switches
•• Electro-mechanical safety
switches
•• Non-contact safety switches

•• Safety command devices

•• Safety relays
•• Safety controllers

•• Network solutions

sens:Control – safe control solutions

42


8014911/2012-02-03

Sensor solutions


Motor feedback systems
•• Interfaces: incremental, HIPERFACE® and HIPERFACE DSL®
•• Safety motor feedback systems

•• Rotary and linear motor feedback systems for asynchronous,
synchronous motors, and linear
motors

•• Rotary incremental encoders
•• Rotary absolute encoders

•• Wire draw encoders
•• Absolute linear encoders

•• Gas analyzers
•• Dust measuring devices
•• Analyzer systems

•• Liquid analyzers
•• Data acquisition systems
•• Tunnel sensors

•• Gas flow meters
•• Mass flow meters

•• Volume flow meters

Encoders

Analyzers and systems

Gas flow measuring devices

8014911/2012-02-03


43

Product family overview

Bar code scanners


CLV49x

CLX49x

CLV63x

Auto focus meets high speed

The all-in-one solution for
omni-directional scanning

Intelligent scanning solution for
logistics and automation
Fixed focus

Technical data overview
Focus
Field of view
Scanning frequency
Code resolution
Reading distance
Serial (RS-232, RS-422/485)
Ethernet
CAN bus
PROFIBUS
DeviceNet
Weight

Auto focus

Auto focus

≤ 60° / ≤ 50°

≤ 60°

≤ 50°

600 Hz ... 1,200 Hz

600 Hz ... 1,200 Hz

400 Hz ... 1,200 Hz

0.17 mm ... 1.2 mm

0.3 mm ... 1 mm

0.2 mm ... 1 mm

400 mm ... 2,200 mm

500 mm ... 1,750 mm

44 mm ... 735 mm

l , AUX (only RS-232)
– , optional via external connection module (CDM + CMF)


–, optional via external connection
module (CDM + CMF) / l

l
– , optional via external
connection module (CDM + CMF)
– , optional via external
connection module (CDM + CMF)
1,500 g / 2,200 g

l
2,000 g

l
– , optional via external connection
module (CDF)
– , optional via external connection
module (CDM + CMF)
250 g ... 420 g

At a glance

•• Real-time auto focus

44

•• Real-time auto focus

•• Integrated pushbuttons for

function
•• Different versions ensure
coverage for a variety of
module widths
•• Label tilt from –45° to
+45°
•• Smallest housing with
auto focus and reading
range up to 2.2 m
•• External parameter cloning plug
•• An oscillating mirror scanner is also available to
cover larger reading areas
•• Optional internal heater
•• High scanning frequency
of up to 1,200 Hz

function
•• Independent of tilt
(omni-directional bar code
reading)
•• Reliable code detection in
real time due to SMART
technology
•• Smallest housing with
auto focus and reading
range up to 2.2 m
•• External parameter cloning plug
•• High scanning frequency
of up to 1,200 Hz
•• Large depth of field
•• Optional internal heater

auto setup and reading diagnostics
•• Integrated LED bar graph
•• CAN, Ethernet TCP/IP, and EtherNet/IP available on board,
no additional gateway needed
(depending on variant)
•• Enhanced SMART code reconstruction technology
•• Flexible sorting, filtering, and
logical functions
•• Advanced, easy-to-use SOPAS
configuration software
•• High scanning frequency of up
to 1,200 Hz
•• Advanced remote diagnostics
and network monitoring capabilities available over Ethernet

C o u r ie r , E x p r ess a n d P o s t a l | S I C K

8014911/2012-02-03


Bar
code scanners
Image-based code readers

CLV65x

CLV69x

ICR88x / ICR89x

Always in auto focus

Always in auto focus
The highest level of flexibility and power

High-end camera systems

Auto focus

Auto focus

Dynamic focus control

≤ 50°

≤ 60° / ≤ 50°

Variable

600 Hz ... 1,000 Hz

400 Hz ... 1,200 Hz

19,100 Hz

0.25 mm ... 1 mm

0.17 mm ... 1.2 mm

≥ 0.15 mm

125 mm ... 1,625 mm

400 mm ... 2.200 mm

0.8 m ... 3.3 m

–, optional via external connection module
(CDM + CMF) / l

-, only with cloning plug D sub

l

-, only with cloning plug I/O Ethernet

l (3)

l
–

l , via MSC800 controller

l (2)

l
– , optional via external connection module
(CDF)
– , optional via external connection module
(CDM + CMF)
320 g / 250 g

–

–

1,500 g / 2,200 g

28.5 kg / 37 kg

•• Huge depth of field due to auto focus
•• Integrated pushbuttons for auto setup

•• Enhanced SMART decoder technology
•• New and flexible cloning plug technol-

and reading diagnostics
•• CAN, Ethernet TCP/IP, and EtherNet/
IP available on board, no additional
gateway needed (depending on variant)
•• Enhanced SMART code reconstruction technology
•• Flexible sorting, filtering, and logical
functions
•• Integrated web server provides remote diagnostics and monitoring
•• Advanced, easy-to-use SOPAS configuration software
•• Integrated LED bar graph

ogy
•• CAN, Ethernet and serial communications available on board (dependent
on cloning plug variant)
•• Large depth of field due to real-time
auto focus
•• Advanced, easy-to-use SOPAS configuration software
•• Integrated encoder tracking for up to
7 devices without an external controller
•• Flexible sorting, filtering, and logical
functions
•• Integrated LED bar graph with pushbuttons

8014911/2012-02-03

•• Large reading field for conveyor coverage up to 3,000 mm

•• High-end CCD sensor (8,192 pixel)
•• Integrated real-time focus control
•• Integrated high-performance decoder board

•• Integrated digital zoom function
•• OCR compatible picture quality
•• Online status monitoring of all system components

•• Constant resolution over the entire
DOF


45


Volume measurement systems


Model name

DWS510-ST12100

DWS520-ST22100

DWS520-ST32100 Extended

6039575

-

-

1-scanner solution
Visible red light (650 nm)
2
≤ 70°

2-scanner solution
2
70°

2-scanner solution
2
70°

Static
max. object weight 30 kg / 60 kg
Legal-for-trade approvals (OIML,
MID and NAWI)

Static
MID and NAWI)

Static
MID and NAWI)

Minimum object size

50 mm x 50 mm x 50 mm

50 mm x 50 mm x 50 mm

50 mm x 50 mm x 50 mm

Maximum object size

1,100 mm x 700 mm x 700 mm
(larger dimensions on request)
± 5 mm x ± 5 mm x ± 5 mm

1,200 mm x 800 mm x 800 mm

1,800 mm x 900 mm x 900 mm

± 5 mm x ± 5 mm x ± 5 mm

± 5 mm x ± 5 mm x ± 5 mm

0.1 kg ... 60 kg

0.1 kg ... 60 kg

0.1 kg ... 60 kg

Part no.
Features
Scanner Design
Light source
Laser class
Field of View
Performance
Usage
Authorizations
Transport Speed
Minimum object distance
Detectable object shape

Accuracy of object coverage
Allowed weight for
legal-for-trade weighing
Accuracy of scale

e = 20 g

e = 20 g

e = 20 g

Interfaces
Serial (RS-232, RS-422)

l

l

l

Ethernet

l

l

l

CAN bus

-

-

-

PROFIBUS

l

l

l

PROFINET

-

-

-

DeviceNet

-

-

-

Dimensions (length, width, height)
of box volume and weight



AC 100 ... 230 V ±15%, 50/60 Hz

AC 100 ... 230 V ±15%, 50/60 Hz

AC 100 ... 230 V ±15%, 50/60 Hz

Output Data
Mechanics/electronics
Operating voltage

Power consumption
Dimensions of the roller
conveyor

Max. 500 W

Max. 500 W

Max. 500 W

L = 1,250 mm x B = 650 mm,
Height above floor: adjustable
from 700 mm to 950 mm (in 50
mm-steps)

L = 1,400 mm x B = 800 mm,
mm-steps)

L = 2,000 mm x B = 900 mm,
mm-steps)

Ambient data
Object remission
Electromagnetic compatibility
(EMC)
Vibration resistance
Shock resistance
Ambient operating
temperature
Storage temperature

46

10 % ... 200 %

10 % ... 200 %

10 % ... 200 %

EN 61000-6-2:2001 / EN 610006-4:2001
EN 60068-2-65, -27, -29, -64

EN 61000-6-2:2001 / EN 610006-4:2001
EN 60068-2-65, -27, -29, -64

EN 61000-6-2:2001 / EN 610006-4:2001
EN 60068-2-65, -27, -29, -64

EN 60068-2-65, -27, -29, -64

EN 60068-2-65, -27, -29, -64

EN 60068-2-65, -27, -29, -64

0 °C ... 40 °C

0 °C ... 40 °C

0 °C ... 40 °C

-20 °C ... 70 °C

-20 °C ... 70 °C

-20 °C ... 70 °C


8014911/2012-02-03


Volume measurement systems

VMS410

VMS510 MID

VMS510 OEM

VMS420

VMS520 MID

VMS520 OEM

VMS520 Sorter

1025985

1043950

1025986

1041964

1043951

1041965

-

1-scanner solution
2
≤ 70°

2-scanner solution
2
70°

In motion
flat conveyor, conveyor width < 1 m
Legal-for-trade approvals (MID
and OIML)
<=2 m/s

2-scanner solution
2
≤ 70 °

In motion
flat conveyor, conveyor width < 1 m
Legal-for-trade approvals (MID
and OIML)
<=3 m/s

In motion
tilt tray, crossbelt
Legal-for-trade approvals (MID and
OIML)
<=3 m/s

25 mm

25 mm

25 mm

Cuboid objects, singulated

Almost any, singulated

Almost any, singulated

50 mm x 50 mm x 50 mm (v <= 1.2 m/s)
100 mm x 100 mm x 50 mm (v = 1.2 m/s ... v =
2 m/s)
2,600 mm x 1,000 mm x 1,000 mm

50 mm x 50 mm x 50 mm (v <= 3 m/s)

50 mm x 50 mm x 50 mm (v <= 3 m/s
and only with cubical objects, otherwise 100 mm x 100 mm x 100 mm)

2,600 mm x 1,000 mm x 1,600 mm

1,600 mm x 1,000 mm x 1,000 mm

± 5 mm x ± 5 mm x ± 5 mm (v <= 1.2 m/s)

± 5 mm x ± 5 mm x ± 5 mm (v <= 3 m/s)

± 5 mm x ± 5 mm x ± 5 mm (v <= 3 m/s)

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

l

-

-

l

l
-

l

l
l

-

l
-

l

-

l

-

-

-

-

-

-

-

Dimensions (length, width, height) of box volume

Dimensions (length, width, height) of box volume

Dimensions (length, width, height) of
box volume

≤ 24 V DC
±15 %

≤ 24 V DC
±15 %

≤ 24 V DC
±15 %

25 W

100 V AC ...
240 V AC
±15 %
50 W

25 W

-

-

-

-

≤ 24 V DC
±15 %

100 V AC ... 240 V AC ±15 %

50 W

100 V AC ...
240 V AC
±15 %
100 W

50 W

Max. 270 W

-

-

-

-

10 % ... 200 %

10 % ... 200 %

10 % ... 200 %

EN 61000-6-2:2001 / EN 61000-6-4:2001

EN 61000-6-2:2001 / EN 61000-6-4:2001

EN 60068-2-65, -27, -29, -64

EN 60068-2-65, -27, -29, -64

EN 61000-6-2:2001 / EN 61000-64:2001
EN 60068-2-65, -27, -29, -64

EN 60068-2-65, -27, -29, -64

EN 60068-2-65, -27, -29, -64

EN 60068-2-65, -27, -29, -64

0 °C ... 40 °C

0 °C ... 40 °C

0 °C ... 40 °C

-20 °C ... 70 °C

-20 °C ... 70 °C

-20 °C ... 70 °C

8014911/2012-02-03


47

IM Standard | Inductive proximity sensors
G6 | Miniature photoelectric sensors
IM Standard - At a glance
•• Precise operating distances due to
ASIC technology
•• Extra tough thanks to high fastener
torque and hot melt adhesive filling
•• M8 to M30 sizes available
•• Operating distance from 1.5 mm to
20 mm

•• IP 67 enclosure rating
•• Operating temperature from -25 °C
to +75 °C

•• DC, AC and AC/DC versions available
•• Customer-specific models available

Your benefits
•• Reduced machine downtime
•• Reduced mechanical damage
•• Fewer maintenance costs due to

•• High resistance to shock and vibrations

longer service life

-- www.mysick.com/en/IM_Standard

For more information, just enter the link and get direct access to technical data, CAD design models,
operating instructions, software, application examples and much more.

G6 - At a glance
•• PinPoint LED for a bright, precise light
spot
•• Durable metal threaded inserts
•• SICK ASIC technology - the result of
decades of experience in
photoelectric sensors

•• Large, user-friendly potentiometer
•• Large, bright indicator LEDs
•• IP 67 enclosure rating

Your benefits
•• Easy alignment and precise object
detection due to a highly visible
PinPoint LED
•• Quick and easy mounting and high
durability due to threaded metal
inserts
•• SICK ASIC technology provides high
performance and excellent reliability

•• Easy to adjust due to large, userfriendly potentiometers

•• Easy to monitor due to large, bright
indicator LEDs

•• Easy installation with SICK
accessories

-- www.mysick.com/en/G6


48


8014911/2012-02-03

Small photoelectric sensors | W100 Laser
Small photoelectric sensors | W8 Laser

W100 Laser - At a glance
•• Standard miniature housing with M3

•• Various versions are available, includ-

threaded mounting holes
•• Long sensing and scanning range
•• Light/dark switching and sensitivity
adjustment via rotary switch possible

ing through-beam, retro-reflective and
energetic
•• Wide variety of accessories available
•• Laser emitter LED, class 1

Your benefits
•• Less contamination due to high
optical operating reserve
•• M3 threaded mounting holes provide
easy installation

•• Compact housing easily fits in
applications with limited space

-- www.mysick.com/en/W100_Laser


W8 Laser - At a glance
•• Laser class 1
•• Background suppression
•• Standard miniature housing with M3
threaded mounting holes

•• Switching frequency up to 2 kHz
•• Light/dark switching via rotary switch
•• Mounting bracket BEF-W100-A is
included with delivery

Your benefits
•• Highly flexible design and operational

•• Rapid switching frequency reliably de-

capabilities due to precise background suppression
•• Reliable detection of small objects,
regardless of color or surface
qualities

tects objects travelling at high speeds
which allows to optimize the production processes
•• Highly visible laser light spot simplifies alignment
•• All necessary accessories are included with delivery, reducing installation
and procurement costs

-- www.mysick.com/en/W8_Laser


8014911/2012-02-03


49

W11-2 | Small photoelectric sensors
W14-2 | Small photoelectric sensors
W11-2 - At a glance
•• Uniform housing, mounting and

•• Space-saving plastic housing in

connection systems
•• Rugged sensors for industrial use
•• PinPoint LED technology provides
highly visible light spot

chemically, thermally or mechanically
resistant designs
•• Dovetail mounting – mounting holes
and oblong holes
•• Highly visible 360° status LEDs

Your benefits
•• Reliable object detection due to
superior ASIC technology with a high
immunity to ambient light
•• PinPoint technology provides a bright,
small and precise light spot that
enables quick and easy sensor
alignment
•• Precise switching characteristics
ensure high performance even in
changing application conditions

Class 2
C

®

US

LISTED 87LL

•• Highly visible 360° status LEDs
provide quick and easy setup

•• Compact and rugged housing design
easily fits in tight spaces

•• Uniform housing, mounting and connection systems simplify installation

•• Versatile mounting options, including
dovetail, side mounting and standard
mounting holes enable quick installation

IP
69K

-- www.mysick.com/en/W11-2


W14-2 - At a glance
•• Outstanding background suppression
with OES3 technology
•• Highly visible and precise light spot
due to PinPoint LED in selected
products

•• Slim, durable plastic housing
•• Complete sensor family with
proximity, retro-reflective and throughbeam variants

Your benefits
•• Reliable object detection at a cost-

•• Broad product range gives users a

effective price
•• PinPoint LED technology provides a
highly visible red light that enables
quick and easy setup

variety of choices to fit their
application
•• Rugged plastic housing in a slim
design simplifies installation
•• Quick and easy installation using
SICK accessories saves time

Class 2
C

®

US

LISTED 87LL



50


8014911/2012-02-03

Compact photoelectric sensors | W27-3
Fork sensors | WFM

W27-3 - At a glance
•• Intense visible red emitter LED with

•• Universal DC or DC/AC supply voltage
•• Operating temperature:

consistent light spot for PinPoint
versions
•• Long sensing ranges with IR LED
achieve up to 2500 mm
•• Precise background suppression for
detection of multi-colored objects

–40 °C – +60 °C

•• IO-Link provides access to sensor
information and optimizes operating
processes

Your benefits
•• Quick and easy commissioning due to

•• Less contamination due to high

a highly visible red PinPoint LED
•• PinPoint technology can replace laser
photoelectric proximity sensors in
some applications. No laser safety
regulations and a longer operating life
due to PinPoint technology
•• Resistant to ambient light, optical
reflections, and crosstalk from other
photoelectric devices

operating reserves, reducing
downtime
•• Resistant to vibrations, reducing
downtime
•• Operation in harsh environments with
temperatures as low as –40 °C



WFM - At a glance
•• Highly visible red emitted light
•• No setup, out-of-the-box operation
•• 360° output indicator

•• 5 fork sizes: maximum depth
120 mm, maximum width 180 mm

•• Rugged, IP 67 aluminum housing

Your benefits
•• Fixed housings guarantee a high level
of operational safety with simple commissioning
•• A visible red light enables easy alignment and fast adjustment
•• The 360-degree yellow output indicator makes continual process control
possible

•• A wide range of different fork sizes
increases installation flexibility

•• The aluminum housing meets all requirements for use in harsh industrial
conditions

-- www.mysick.com/en/WFM


8014911/2012-02-03


51

W27-3 Reflex Array | Compact photoelectric sensors
WLL180T | Fiber-optic sensors and fibers
W27-3 Reflex Array - At a glance
•• Minimum Detectable Object > 10 mm

•• Minimum distance between sensor

with a 40 mm detection area for the
standard resolution variant
•• Sensing range from 0 up to
max. 3.5 m

•• Intensive red light for easy alignment
•• CTA automatically adjusts the

and reflector 0.5 m

switching threshold as contamination
occurs over time

Your benefits
•• Reliable detection regardless of tar-

•• PinPoint technology and optical

get position within the array:
detection height 50 mm
(MDO: > 12 mm) or detection height
24 mm (MDO: > 5 mm)
•• Less installation effort compared to
light grids or multiple single-point
photoelectric sensors

alignment procedure enables simple
and quick commissioning
•• Continuous Threshold Adjustment
(CTA) ensures less downtime

-- www.mysick.com/en/W27-3_Reflex_Array


WLL180T with LL3-TS40 - At a glance
•• Selectable response time up to 16 µs
•• Sensing range up to 20 m, sensing
distance up to 1400 mm

•• Bus-compatible with anti-interference
•• 2 x 4-digit display
•• Adjustable hysteresis
•• Rotatable display screen
•• High-resolution signal processing

•• Programmable time delays
•• Detection of objects with various
shapes

•• Detection of objects whose position
constantly changes, e.g., free-falling
objects
•• Front-edge detection

Your benefits
•• Reliable, rapid process detection,

•• Flexible parameter adjustment due

even under the most difficult
ambient conditions, such as dust,
spray or mist
•• Easy commissioning and product
changeover due to external teach-in
•• Cross-talk is eliminated when utilizing
bus configuration option
•• Quick, easy setup and adjustment
due to an intuitive operating menu

to high-resolution signal processing.
Hysteresis and time delays can be
adapted to suit the application, e.g.,
when detecting tiny or transparent
objects
•• Easy-to-read display, even under
difficult installation conditions

-- www.mysick.com/en/WLL180T


52


8014911/2012-02-03

Standard automation light grids | WLG
Standard automation light grids | HLG

WLG - At a glance
•• The direct output of individual beams

1
0

0

•• Eight PNP switching outputs and one

for measuring and switching
•• Response time 0.6 ms
•• Eight visible transmission LEDs

•• Sensitivity can be set via a potenti-

alarm output
ometer

•• Polarizing filter for reflective surfaces

Your benefits
•• The WLG’s fast response time keeps

•• Polarized retro-reflective light grids

up with increased conveyor speeds,
increasing throughput
•• Detects translucent and semi-transparent objects for consistent detection of most objects
•• Retro-reflective sensor saves space,
installation time and cost

are designed to detect difficult reflective targets, such as stretch wrap and
other thin films
•• Visible red light reduces assembly
time
•• Multiple output versions indicate detection position and size of the object
for closed loop process feedback and
inspection

-- www.mysick.com/en/WLG


HLG - At a glance
1
0

0

•• 2 mm resolution
•• Response time 3 ms
•• Detection height 50 mm
•• Cable synchronization

•• PNP or NPN with both Q and Qnot
outputs (NO/NC)

•• 1 x test, 1 x teach-in input
•• Connector M12, 8-pin

Your benefits
•• Reliable object detection throughout

•• Cable synchronization provides more

the entire working range ensures
consistent and reliable operation
•• High availability thanks to its ability to
detect very flat objects
•• The HLG’s short response time allows
the use of higher conveyor speeds
directly leading to higher throughput

reliable use and higher machine
uptime
•• Highest measurement resolution
provides smallest minimum detectable object size, for exact counting
and true leading edge detection of
conveyed objects, for more machine
control and increased throughput

-- www.mysick.com/en/HLG


8014911/2012-02-03


53

MLG | Advanced automation light grids
UM30 | Ultrasonic sensors
MLG - At a glance
•• User-programmable and factory-preset versions available
•• Sensing range up to 8.5 m
•• Monitoring heights of over 3 m and
up to 240 beams possible
•• Resolutions of 10 / 20 / 30 / 50 mm
and customer-specific resolutions
possible

•• External teach-in for optimal sensitivity settings

•• Short response time < 3 ms
•• Up to 6 PNP or NPN switching outputs
and two switching inputs

•• PROFIBUS, CANopen, analog outputs,
RS-485

Your benefits
•• MLGs are strong, high-power light

•• Integrated PROFIBUS, CANopen bus

grids for optically tough environments. They are incredibly flexible in
their output programming to quickly
make a customized solution from an
off-the-shelf, easy-to-use sensor.
•• Easy-to-see status information helps
avoid interrupting operation, saves
costs
•• Different beam spacing options, detection heights and output configurations ensure a reliable solution

systems, analog outputs and RS-485
interfaces reduce cabling time and
costs
•• A fully modular system guarantees
the optimal solution for the customer
•• Programmable beam analysis creates
a custom output for a customer-specific application
•• Integrated programming and outputs
– no third box required, saves mounting time, space and cost

-- www.mysick.com/en/MLG


Performance

Window
1
0

1
0

UM30 - At a glance

OBSB
1

1
0

0

•• Integrated time-of-flight technology
detects objects such as glass, liquids
and transparent foils, independent
of color
•• Range up to 8,000 mm
•• Display enables fast and flexible sensor adjustment
•• Immune to dust, dirt and fog

•• Available with combined analog and
digital outputs

•• Synchronization and multiplexing
•• Adjustable sensitivity
•• Three operation modes: Distance to
Object (DtO), Window (Wnd) or Object
between sensor and background
(OBSB)

Your benefits
•• Easy machine integration due to

•• Display enables setup prior to instal-

compact size
•• Various setup options ensure flexible
adaptation to applications
•• Multiplex mode eliminates crosstalk interference for consistent and
reliable detection and high measurement reliability
•• Synchronization mode allows multiple
sensors to work as one large sensor,
providing a low-cost solution for area
detection

lation, reducing on-site installation
time
•• Integrated temperature compensation
and time-of-flight technology ensure
high measurement accuracy
•• OBSB-mode enables detection of
any object between the sensor and a
taught background

-- www.mysick.com/en/UM30


54


8014911/2012-02-03

Incremental encoders | DFS60

Incremental encoders | DFV60 measuring wheel encoder

DFS60 - At a glance
•• Compact installation depth
•• High resolution up to 16 bits
•• Optionally programmable: Output volt-

•• Electrical interfaces: 5V & 24V TTL/

age, zero pulse position, zero pulse
width and number of pulses
•• Connection: Radial or axial cable
outlet, M23 or M12 connector, axial
or radial

servo flange, blind or through hollow
shaft
•• Remote zero set possible

RS-422, 24 V HTL/push pull

•• Mechanical interfaces: face mount or

Your benefits
•• Reduced storage costs and downtime

•• Permanent and safe operation due

due to programming by customer
•• High variety of different mechanical
and electrical interfaces enable the
encoder to be optimally adapted to
the installation situation for the specific application
•• Excellent concentricity even at high
speeds
•• The high resolution of up to 16 bits
makes applications with high measuring accuracy requirements possible

to high enclosure rating, temperature
resistance and bearing lifetime
•• Programmability via the PGT-08 programming software and the PGT-10-S
display programming tool allow the
encoder to be adapted flexibly and
quickly to customer needs.
•• Programmable zero pulse position
simplifies installation

-- www.mysick.com/en/DFS60


DFV60 measuring wheel encoder - At a glance
•• For universal use, rotatable spring

•• Programmable Output voltage, zero

arm
•• 300 mm wheel circumference with
o-ring made from NBR70
•• Mounting arm and measurement
wheels made from aluminum

pulse position, zero pulse width and
number of pulses.
•• Connection: Radial M12 connector
outlet or radial/axial cable outlet
•• Electrical interfaces: 5V & 24V TTL/
RS-422, 24 V HTL/push pull
•• Remote zero setting possible

Your benefits
•• Universal-use spring arm for fast and

•• Permanent and safe operation due

simple mounting
•• The high level of spring tension enables use in applications with harsh
environmental conditions
•• Reduced storage costs and downtime
due to programmability
•• connector-in cable outlet in radial
or axial direction enables customerspecific cable solutions
•• Excellent concentricity even at high
speeds

to high enclosure rating, temperature
resistance and bearing lifetime
•• Programmability via PGT-08 programming software and the PGT-10-S
display programming tool enable the
encoder to be adapted flexibly and
quickly to customer needs.
•• Programmable zero pulse position
simplifies installation

-- www.mysick.com/en/DFV60_measuring_wheel_encoder


8014911/2012-02-03


55

Dx35 | Mid range distance sensors
Dx50 | Mid range distance sensors
Dx35 - At a glance

Performance

Time Of
Flight

•• HDDM technology provides the best
Laser class 1

Window
1
0

Laser class 2

OBSB
1

0

Analog
(V)

1

1

10

0

0

0

reliability, safety to ambient light and
price/performance ratio
•• Measuring range: 50 mm ...
5.000 mm to 50 mm ... 12.000 mm
dependent on the selected response
time

•• Response time: 1.5 ms … 333 ms
•• Accuracy: ± 10 mm
•• Repeatability: 0.5 mm ... 5 mm
•• Reduced housing size
•• Laser class 1 and 2 available
•• IO-Link as well as analog and switching output

Your benefits
•• Reduced housing size and blind zone

•• Anti cross talk algorithm assures

allow use in confined spaces
•• Consistent, reliable and precise measurement even when measuring on
extremely shiny or dark objects
•• Ideal solution for any application
requirement, by choosing speed and
range individually
•• Three switching modes allow to solve
demanding applications easily with
one discrete output

reliable use of several sensors at the
same time
•• Simple teach in concept ensure fast
and easy commissioning
•• IO-Link allows highest machine
flexibility and offers easy machine
operation
•• Low investment costs and high performance guarantee quick return on
investment

-- www.mysick.com/en/Dx35


Performance

Time Of
Flight

Dx50 - At a glance

Performance

•• HDDM technology offers best reliLaser class 1

Analog
(mA)
20

4

Analog
(V)
0

10

Laser class 2

Window

OBSB

1
0

1
0

Reflector
1

0

1
0

ability, immunity to ambient light and
price/performance ratio
•• Measurement ranges of 10 or 20 m
directly onto the object or even 50 m
on reflector
•• Different performance levels depending on product and laser class chosen

•• Different interfaces: switching, analog
or serial interface

•• Display with intuitive and consistent
operating concept

•• Robust die-cast zinc metal housing
•• Operating temperature from –30 °C
to +65 °C

Your benefits
•• Wide measurement ranges up to
10, 20 or 50 m in combination with
different interfaces allow an easy
and fast integration in any production
environment
•• Highly reliable and precise measurement helps to increase process quality and stability
•• High measurement or switching frequencies enable a fast material flow
•• Dx50 product family is based on a
common platform,

RS-422
56


offering multiple performance levels,
making it easy to accommodate
future changes
•• Intuitive setup via display or remote
teach reduces installation time and
costs
•• Up to 40 klx ambient light immunity –
allows for use in optically challenging
environments
•• Low to reasonable investment costs
and high to very high performance
levels ensure short return on investment

-- www.mysick.com/en/Dx50


8014911/2012-02-03

Laser measurement technology application packages | LMS4xx
Vision sensors | Inspector

LMS4xx - At a glance
Ranging

Detection

•• The Level Control feature, which is

•• Large dynamic measurement range

integrated into the sensor, features
a gap-free scanning surface that can
detect objects in containers, without any impairment from a shadow.
Smaller objects, regardless of color,
are detected at any place in the
container.

of 0.7 m to 3 m

•• High ambient light immunity
•• Rugged design
•• High angular resolution
•• Ideal for vision applications on pallets

Your benefits
•• The integrated Level Control feature

•• Neither shading nor artificial lighting

replaces a number of sensors and
drastically reduces the effort required
for wiring and programming
•• Reliable detection at high conveyor
speeds

is necessary

•• Simple, flexible installation at positions beyond the robot collision area

•• High accuracy detection and positioning measurements in real-time
provide rapid data capture

-- www.mysick.com/en/LMS4xx


Inspector - At a glance
•• High-speed part inspection
•• Robust pattern match to locate part

•• Easy-to-use step-by-step configuration
in PC including emulator

independent of position, rotation and
scale
•• Multi-reference object teaching and
multi-feature inspections
•• Unique, homogeneous dome illumination or high power ring light

•• Log, statistics and record
•• Industrial Ethernet
•• Large selection of adjustments and
accessories

Your benefits
•• The high-speed part inspection en-

•• The included Industrial Ethernet

sures you quality assurance without
production overhead
•• The robust pattern match algorithm
guarantees high quality result even at
your toughest production conditions
•• The unique, homogenous dome
illumination performs perfect result
even for glossy objects which give you
a compact solution

for configuring and monitoring over
network will reduce installation complexity and enhance flexibility in the
production line
•• The large selection of adjustments
and accessories makes the Inspector
the excellent choice for your production plant with needs for a variety of
application tasks

-- www.mysick.com/en/Inspector


8014911/2012-02-03


57

CEP industry guide: Efficient solutions from sensors to systems

CEP industry guide: Efficient solutions from sensors to systems

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